We present here the successful preparation of liquid crystalline core-shell elastomers via a microfluidic double-emulsion
process. The customized set-up allows for a temperature-controlled fabrication of the core-shell particles from a
thermoresponsive mesogenic monomer. The nematic liquid crystalline shell is filled with a non-mesogenic core of
silicone oil. To verify the core-shell structure with optical microscopy, we prepared particles with a colored core using a
red dye. We were also able to micro-manipulate the particles and penetrate them with a small glass capillary to extract
the liquid core.